Lenovo
2.5" VA 7.68TB RI SATA HS v2
In Stock
Lenovo 4XB7A90877 7.68 TB SATA SSD | 2.5 in HS v2 Enterprise
Lenovo
MPN: 4XB7A90877
$2,251.39$3,389.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 7.68 TB solid-state storage capacity
- SATA enterprise storage interface
- 2.5-inch hot-swap form factor
- RI workload positioning
- HS v2 drive revision
- Designed for server and storage environments
- Expand storage pools with 7.68 TB of enterprise SATA capacity
- Simplify maintenance using a 2.5-inch hot-swap drive design
Add substantial capacity to enterprise systems with this 7.68 TB 2.5-inch SATA hot-swap drive. The compact form factor supports dense server and storage configurations, while the hot-swap design helps maintenance teams replace or upgrade drives without taking systems offline. For environments where uptime and operational simplicity matter, that combination is often more valuable than raw speed alone.
This drive is well suited to capacity-focused tiers, archival workloads, and general-purpose storage pools where predictable behavior and easy serviceability are priorities. SATA remains a practical choice for organizations that need broad platform compatibility and cost-efficient expansion across large fleets. In procurement terms, it offers a straightforward path to increase usable storage without redesigning the platform.
Compared with smaller or consumer-grade alternatives, this enterprise drive is built for sustained deployment in server environments. It is a strong fit when you need to scale capacity, preserve bay density, and keep replacement workflows simple for operations teams.
Ideal For
- Capacity tier in Lenovo server storage pools
- Hot-swap replacement in production server bays
- General-purpose enterprise data storage
- Archival or nearline storage expansion
Why This Product
- 1More capacity than 6 TB-class enterprise SSDs
- 2Hot-swap design supports faster service replacement
- 3SATA compatibility simplifies deployment across fleets
- 42.5-inch format preserves dense bay utilization